VIP member
High and low temperature composite vibration testing machine
High and low temperature composite vibration testing machine series: multiple connection methods for vibration table temperature box interfaces; Multi
Product details
Product Features
Independent vibration control system, constant temperature and humidity control system.
Integrating temperature, humidity, and vibration testing, it can also be tested separately as a single test.
Satisfy the control capability of random, sinusoidal, and linear vibration machines.
The box supports three methods: self lifting, hydraulic lifting, and gantry lifting.
The vibration table adopts an upper and lower roller guide structure, which has stronger resistance to overturning moment.
The vibration system has reliable quality, with a maximum acceleration of 1200 m/s ² (sine).
1. Laboratory
SUS304 stainless steel plate, thickness=5.0mm (pressure inner liner); The inner liner is fully welded together.
2. Overtemperature protection
Laboratory independent adjustable electronic over temperature protection device.
3. Condenser
Water cooled high-efficiency shell and tube condenser or air-cooled copper tube finned condenser.
4. Evaporator
Efficient multi-stage evaporator with hydrophilic film fins.
5. Auxiliary devices
High precision expansion valves, solenoid valves, oil separators, desiccants, and other components are all imported from internationally renowned brands.
6. Circuit system
Standardized power distribution technology and multiple protection designs ensure the safety of equipment and personnel use.
7. Vibration table
The test of mechanical loads generated during transportation processes such as highways, railways, aviation, and water transportation, and their impact on materials and components, as well as the comprehensive influence of climate and environmental factors such as temperature and humidity.
The application of reliability vibration testing for new materials in the development process in industries such as military and automotive manufacturing.
High temperature causes material softening, relaxation, thermal expansion, resulting in poor contact and insulation failure; Low temperature makes materials harder and brittle, and coupled with vibration, they are more prone to cracking and deformation, causing faults such as short circuits or open circuits in components.
The mechanism of mechanical and climate induced faults is manifested by the superposition of three environmental stresses, which reinforce and accelerate the failure or malfunction of the product.
Humidity can easily cause deformation, foaming, and surface contamination of materials, leading to poor contact or insulation failure.
The vibration comprehensive test chamber can dynamically simulate the mechanical load effects on equipment and components in temperature and humidity environments.
Independent vibration control system, constant temperature and humidity control system.
Integrating temperature, humidity, and vibration testing, it can also be tested separately as a single test.
Satisfy the control capability of random, sinusoidal, and linear vibration machines.
The box supports three methods: self lifting, hydraulic lifting, and gantry lifting.
The vibration table adopts an upper and lower roller guide structure, which has stronger resistance to overturning moment.
The vibration system has reliable quality, with a maximum acceleration of 1200 m/s ² (sine).
1. Laboratory
SUS304 stainless steel plate, thickness=5.0mm (pressure inner liner); The inner liner is fully welded together.
2. Overtemperature protection
Laboratory independent adjustable electronic over temperature protection device.
3. Condenser
Water cooled high-efficiency shell and tube condenser or air-cooled copper tube finned condenser.
4. Evaporator
Efficient multi-stage evaporator with hydrophilic film fins.
5. Auxiliary devices
High precision expansion valves, solenoid valves, oil separators, desiccants, and other components are all imported from internationally renowned brands.
6. Circuit system
Standardized power distribution technology and multiple protection designs ensure the safety of equipment and personnel use.
7. Vibration table
Select (vertical, horizontal) vibration table according to design requirements.
JJF1101-2003 Metrology, GB/T 2424 Test Guidelines, GB/T 5170.1-2016 General Principles, GB/T 5170.2-2017 Temperature, GB/T 10589-2008 Low Temperature, GB/T 10592-2008 High and Low Temperature, GB/T 11158-2008 High Temperature, GB/T 2423-2012 (equivalent to IEC60068-2:2007): [Test A: Low Temperature] [Test B: High Temperature], [Test Cab: Constant Damp Heat], [Test Db: Alternating Damp Heat] [Test Z/AD: Temperature/Humidity Combination], [Test Cy: Constant Damp Heat "Double 85"] GB/T 2423.10-2008 (equivalent to IEC60068-2-6:1995) Test: Fc Vibration GJB150A. 3 High Temperature GJB15A. 50A. 4 Low temperature GJB150A. 9 Damp heat
Used for conducting comprehensive environmental stress screening tests on the entire machine (or components), electrical instruments, various materials, etc., including temperature, humidity, vibration, and air pressure. Multiple lifting methods can be selected to meet the requirements of vibration testing equipment at different heights.
The test of mechanical loads generated during transportation processes such as highways, railways, aviation, and water transportation, and their impact on materials and components, as well as the comprehensive influence of climate and environmental factors such as temperature and humidity.
The application of reliability vibration testing for new materials in the development process in industries such as military and automotive manufacturing.
High temperature causes material softening, relaxation, thermal expansion, resulting in poor contact and insulation failure; Low temperature makes materials harder and brittle, and coupled with vibration, they are more prone to cracking and deformation, causing faults such as short circuits or open circuits in components.
The mechanism of mechanical and climate induced faults is manifested by the superposition of three environmental stresses, which reinforce and accelerate the failure or malfunction of the product.
Humidity can easily cause deformation, foaming, and surface contamination of materials, leading to poor contact or insulation failure.
The vibration comprehensive test chamber can dynamically simulate the mechanical load effects on equipment and components in temperature and humidity environments.
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-